Abstract
Within the one-nucleon exchange approximation, collinear kinematics and invariant-amplitude method with the one-nucleon-exchange assumption, the elastic deuteron–proton scattering is considered. Calculations of polarisation characteristics of \(T_{20}\), \(\kappa _{0}\), \(T_{20} +2\sqrt{2} \kappa _{0} \) vs. k, \(C_{yy}\), \(K_{y}^{y} \), \(K_{xz}^{y} \) for the deuteron wave function in coordinate representation for the Argonne v18 potential, are demonstrated. Experimental data are better described by theoretical predictions using the invariant-amplitude method than by the impulse approximation and in collinear kinematics. The obtained theoretical values of the tensor analysing power \(T_{20}\) and the polarisation transfer coefficient \(\kappa _{0}\) in the choice of the deuteron wave function for the fss2 baryon–baryon model, Bonn one-boson-exchange potential, Argonne v18 and Paris potentials, are in good agreement with the experimental data of leading collaborations and reviews.
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Zhaba, V.I. The polarisation observables for dp elastic scattering. Pramana - J Phys 96, 24 (2022). https://doi.org/10.1007/s12043-021-02265-z
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DOI: https://doi.org/10.1007/s12043-021-02265-z
Keywords
- Deuteron
- wave function
- deuteron–proton scattering
- tensor analysing power
- polarisation transfer coefficient
- invariant-amplitude method